The Teton Compute Environment, or Teton for short, is a high performance computing (HPC) cluster with over 500 compute nodes and a that allow researchers to perform computation-intensive analysis on large datasets. Teton contains high performance data storage systemstorage systems that have 1.2 PB of storage to accommodate some of the largest datasets. The Teton Compute Environment gives researchers the ability to have control over their data, projects, and collaborators. Teton can be securely accessed anywhere, anytime with 98% expected uptime and SSH connectivity using UWyo two-factor authentication.
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Teton was preceded by UWyo’s first community HPC cluster, Mount Moran, which went into service in 2012. The second generation of HPC at UWyo, Teton, first went into service in 2018 and is available to all research interests at UWyo. With over 1.2 PB of storage, Teton can accommodate some of the largest datasets. Isolated filesystems ensure that researchers have control of where their data are, and who can access it. Teton can be securely accessed anywhere, anytime with 98% expected uptime and SSH connectivity using UWyo two-factor authentication. No matter where you go, your research can go with you
Teton Filesystems
The Teton global filesystem has three main filesystems called home, project, and gscratch. The home area is for configuration files and software installations for each user, the project area is for collaboration among project members, and the gscratch area is for personal compute on larger datasets and is not backed up. Users with datasets on gscratch should remember to migrate them somewhere else once their computation is complete , or risk losing all their data.
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Once access is granted, connection to Teton may be established via SSH. Note that SSH connection requires UWyo two-factor authentication.
To request a project to be created on Teton, please fill out this form.
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